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https://www.inductiveautomation.com/resources/customerproject/ipg-sentinel-module-identifies-ways-to-improve-oeeThe project consisted of providing a real-time performance system to measure the OEE and identify improvement opportunities for each area of the factory floor.
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https://www.inductiveautomation.com/resources/icc/2021/top-7-ui-design-tips-in-perspectiveUsers crave a UI experience that is intuitive, efficient, memorable, and visually pleasing. Unfortunately, industrial automation projects can be 100% functional and still miss the mark because of poor design. Good UI standards improve user experience and function, reduce training time, and help ensure
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https://www.inductiveautomation.com/resources/icc/2014/optimizing-food-manufacturing-operations-with-realtime-dataWithout real-time data, operating a production line is a lot like driving blindfolded. You think you’re headed in the right direction but you're forced to trust your experience and instincts. Wouldn’t it be better to take the blindfold off, enjoy a smooth ride, and stay on target? Real-time data removes
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https://www.inductiveautomation.com/resources/icc/2015/the-power-of-track-trace-with-wipLearn advanced tips for tapping the full potential of Ignition’s Track & Trace Module by leveraging its Work-In-Process (WIP) data and functionality.
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https://www.inductiveautomation.com/resources/customerproject/unlimited-history-expandable-scadaSinton’s Dairy had several localized SCADA/HMIs that could not connect or share information with different parts of the plant. Operators were constantly having to jump from system to system in order to monitor and control the piece of the plant that they were operating. This brought about problems with
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https://www.inductiveautomation.com/resources/customerproject/automation-solutions-ecuadorProject Scope Approx. 2,100 tags Approx. 50 screens 3 clients Approx. 100 alarms 1 PLC (S7-1500) Ignition Standard Architecture MySQL 8 database tables used Project Overview
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https://www.inductiveautomation.com/blog/author/carlGet to know the author. Carl Gould is Chief Technology Officer at Inductive Automation. As CTO, Carl is responsible for the overall technical strategy and roadmap for the company and its products. Carl has been with the company from the ground up as one of the original creators of Ignition. His work
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https://www.inductiveautomation.com/blog/user/38858Get to know the author. Colby Clegg is the Chief Executive Officer of Inductive Automation. Colby has been with Inductive Automation since the company’s formation, and is one of the original creators of the Ignition software platform. After serving in a variety of leadership positions, including Co-Director
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https://www.inductiveautomation.com/blog/user/40Get to know the author. Ethan is a Design Services Engineer for Inductive Automation. He helps customers establish best practices to achieve their specific manufacturing goals. He has a degree in Computer Engineering Technology from Indiana University-Purdue University Indianapolis and diverse experience
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https://www.inductiveautomation.com/blog/user/46Get to know the author. Ray joined the Software Development team at Inductive Automation in 2016. With over 15 years experience, Ray uses his expertise in user experience and user interface design to help create the best possible user experience for the Ignition software platform.
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